What is new on IsoFind

Barton et Hallbauer (1996), Lüders et al. (2015), Keegan et al. (2008), Eckardt et Spiro (1999), Wilson et al. (2016), Pirajno et al. (1992/93), A preliminary regional sulphur isotope stud…, Arfè et al. (2017), Zhu et al. (2024), Li et al. (2018), Wulff et al. (2010), Maier et al. (2018), Duane et al. (2004), Chen et al. (2021), Nghoongoloka et al. (2026), Bühn et al. (2002), Maier et al. (2013), Steven et Moore (1994), Moura et al. (2014), Willson (2019), Oberthür et al. (1998) and 8 more.

Kovalenker et al. (1975), Mkhonto et al. (2026), Ripley et al. (2002), Boni et al. (2007), Gilg et al. (2003), Frimmel et al. (2004), Borg et al. (2003), Li et al. (2004), Wen et Carignan (2011), Rouxel et al. (2004), Rouxel et al. (2002), Frimmel et Board (2000), Liu et al. (2024), Walraven et Borg (1992), Yamamoto et al. (1968), Yamamoto et al. (1983), Brzozowski et al. (2023), Fouquet et al. (1996), Fu et al. (2009), Wen et al. (2007) and 23 more.

McCandless et al. (1999), Sharman et al. (2013), Holwell et al. (2007), Vennemann et al. (1992), Jaguin et al. (2010), Dechow et Jensen (1965), Macey et Harris (2006), McArthur et al. (1986), von Gehlen et al. (1983), Shannon et Hugo (1974), Bailie et al. (2010), de Ronde et al. (1992), Trubač et al. (2018), Sarkar et al. (2008), Lambert et al. (1978), Chaumba et al. (2016), Duane et al. (1991), Huizenga et al. (2006), Raith et Stein (2000), Muller et al. (2017) and 2 more.

Van Wilderode et al. (2015), Nowecki (2014), Schneider et al. (2007), Walraven et Chabu (1994), Panneerselvam et al. (2012), Van Wilderode et al. (2014), Haest et al. (2009), Haest et al. (2010), Sweeney et al. (1986), Rademakers et al. (2018), El Desouky et al. (2010), Lerouge et al. (2005), Gatsé Ebotehouna et al. (2019), Bafon et al. (2023), Buatier et al. (2016), Ehya (2014), Kilias et al. (2001), Leybourne et al. (2009), McGowan et al. (2006), Kidder et al. (2022) and 13 more.

Zouaoui et al. (2022), Contribution of Stables Isotopes to the Study of the Groundwater Recharge in the Southern Foothills of the Saharan Atlas: The case of Tolga Region, North Eastern Algeria, Research Square (prépublication).

Added to the Atlas: 4 values (δ18O, δD) for Lower Eocene limestone aquifer (Complexe Terminal), Tolga and Continental Intercalaire (Barremian sandstones), Tolga.

Madene et al. (2020), Contribution of Hydrogeochemical and Isotopic Tools to the Management of Upper and Middle Cheliff Aquifers, Journal of Earth Science 31(5):993-1006.

Added to the Atlas: 4 values (δ18O, δD) for Upper and Middle Cheliff alluvial aquifers.

Okeke et al. (2018), Establishing the Conditions of Formation of Ishiagu Galena-Sphalerite Mineralisation, Southeastern Nigeria Using Stable Isotope, Journal of Scientific Research & Reports 21(3):1-7.

Added to the Atlas: 10 values (δ34S, δ13C, δ18O) for Ishiagu, GF2 mine, Ishiagu, GF4 mine and Ishiagu, RSP mine.

Bakelli et al. (2022), Evolution and genesis of fluorite mineralization in the Ouenza region (North-east of Algeria): evidence from fluid inclusions and stable isotopes (C, O, and S), Arabian Journal of Geosciences 15:514.

Added to the Atlas: 3 values (δ13C, δ18O, δ34S) for Ouenza.

Hamlaoui et al. (2026), Genesis of the Pb-Zn-Ba-F mineralization associated with the Triassic diapir in the Hameimat massifs (Tébessa, NE Algeria): insights from stable S, O and C isotope study, Carbonates and Evaporites 41:119.

Added to the Atlas: 8 values (δ34S, δ13C, δ18O) for Hameimat (North and South massifs).

Laouar et al. (2016), Fluid inclusion and stable isotope studies of the Mesloula Pb-Zn-Ba ore deposit, NE Algeria: Characteristics and origin of the mineralizing fluids, Journal of African Earth Sciences 121:119-135.

Added to the Atlas: 11 values (δ34S, δ13C, δ18O) for Mesloula.

Bouabdellah et al. (2012), Genesis of the Touissit-Bou Beker Mississippi Valley-Type District (Morocco-Algeria) and Its Relationship to the Africa-Europe Collision, Economic Geology 107:117-146.

Added to the Atlas: 57 values (δ18O, δ13C, 206Pb/204Pb, 207Pb/204Pb, 208Pb/204Pb, 87Sr/86Sr) for Oued Mekta, Beddiane, Bou Beker, El Abed, Sidi Ameur and Touissit.

Jébrak et al. (1998), From sandstone- to carbonate-hosted stratabound deposits: an isotope study of galena in the Upper-Moulouya District (Morocco), Mineralium Deposita 33:406-415.

Added to the Atlas: 3 values (δ34S) for Mibladen, Zeida and Aouli.

Bi et al. (2017).

Stephens et Rose (2005), Modern stable isotopic (δ18O, δ2H, δ13C) variation in terrestrial, fluvial, estuarine and marine waters from north-central Sarawak, Malaysian Borneo, Earth Surface Processes and Landforms 30:901-912.

Added to the Atlas: 27 values (δ18O, δD, δ13C) for Sungai Niah (lower course), Sungai Niah estuary (Kuala Niah), South China Sea off the Sungai Niah, Drip waters of Gan Kira Cave (Niah), Rainfall at the Niah caves and Gunung Subis rainforest waters (Niah).

Qin et al. (2019), Origin of Underground Brine in Potassium-Bearing Strata in Khammouane, Central Laos, Geochemistry International 57(12):1327-1338.

Added to the Atlas: 2 values (δ11B) for Underground brines of the Khammouane potash mine and Saline springs of the Khammouane potash mining area.

Qin et al. (2021), Origin and Evolution of Saline Spring Water in North and Central Laos Based on Hydrochemistry and Stable Isotopes (δD, δ18O, δ11B, and δ37Cl), Water 13(24):3568.

Added to the Atlas: 25 values (δD, δ18O, δ11B, δ37Cl) for Muang Ou Tai saline spring, West Moding saline spring, Mankuang saltworks saline spring, East Muang Say saline spring, South Pak Lay saline spring, Thakhek saline spring and Muang Say saline springs.

Ponta et Aharon (2014), Karst geology and isotope hydrology of the upstream section of Nam Hinboun River, Khammouan Province (Central Laos), Carbonates and Evaporites 29:127-139.

Added to the Atlas: 7 values (δ18O, δD) for Karst springs of the upper Nam Hinboun, Cave waters of the upper Nam Hinboun (gours, lakes and drips), Nam Hinboun at the Konglor Cave sink and Upper Nam Hinboun valley rainfall.

Shamsuddin et al. (2018), Assessments of seasonal groundwater recharge and discharge using environmental stable isotopes at Lower Muda River Basin, Malaysia, Applied Water Science 8:120.

Added to the Atlas: 8 values (δ18O, δD) for Lower Muda alluvial aquifer, Muda River (lower reach) and Lower Muda valley rainfall.

Prasanna et al. (2014), Drip water Geochemistry of Niah Great Cave, NW Borneo, Malaysia: a base line study, Carbonates and Evaporites 29:41-54.

Added to the Atlas: 2 values (δ18O, δ13C) for Drip waters of the Niah Great Cave (Sarawak).

Ito et al. (2017), Geochemical signatures and processes in a stream contaminated by heavy mineral processing near Ipoh city, Malaysia, Applied Geochemistry 82:89-101.

Added to the Atlas: 9 values (δ56Fe, 206Pb/207Pb, 208Pb/207Pb) for Tributary S of the Kinta River (ilmenite plant south of Ipoh), Tailings pond of the ilmenite plant south of Ipoh (seepage), Sediments of the Kinta River and a mining lake near Ipoh and Tributary J of the Kinta River (Bukit Kledang), sediments.